Entrepreneurial software difficult disease empowerment platform released, solving the problem of poor quality data on regional platforms

Recently, the domestic medical listed enterprise entrepreneurial software released a heavyweight regional information product, called "difficult disease diagnosis and treatment empowerment platform."

According to the arterial network, the Platform for Improving Clinic Ability to Critical Diseases (PICAD) is based on the integration of critical illness treatment, MDT multidisciplinary telemedicine , disease prevention and prognosis management, artificial intelligence and Big data health care application is the core application, and it is the core business platform for improving the diagnosis and treatment of difficult and critical illness.

The platform is centered on difficult and critically ill patients, and builds a cloud platform for the diagnosis and treatment of difficult and critical illnesses. It forms a comprehensive medical service with provincial, whole-process and multi-center treatments led by core hospitals and involving multiple medical institutions. system.

To improve the comprehensive management and remediation ability of medical institutions' intractable diseases, Zou Yue, chief architect of entrepreneurial software, believes that five points must be achieved:

First, there must be a multidisciplinary telemedicine collaborative service system. Many telemedicines are now based on a single subject, such as pathology, radiology, and laboratory science. Each subject is an island system relative to others. Therefore, in the process of diagnosis and treatment, clinicians need a comprehensive and integrated platform to bring together these single-disciplinary remote consultations to form a unified platform to provide diagnostic services for patients.

Second, on the remediation platform, it is necessary to complete the critically integrated treatment system for critically ill patients, and the diagnosis and treatment must be integrated. In many hospitals, the diagnosis and treatment of remote subjects are not placed on a platform. Therefore, the platform needs to be rebuilt. The various collaborative service relationships of the platform need to be redesigned. The waste of repeated construction is a lot of waste. More importantly, the information is not effective. Sharing. For example, in the critical care process, sometimes experts must guide and interfere with the behavior of the rescue in a remote manner, thus saving the lives of patients. Therefore, an integrated treatment system for critical and critical illness is very important.

Third, the telemedicine teaching service system. In the entire medical and national administrative classification system, high-end hospitals and high-end medical resources are needed to provide distance medical education to general practitioners and general practitioners at the grassroots level. Therefore, a service system for distance medical teaching is provided on the platform.

Fourth, artificial intelligence and big data services. The use of intelligent database services instead of manual services can enhance the entire medical service and enhance the hospital's remediation capabilities.

Fifth, the application system of disease management in the whole process. In addition to the treatment phase, the disease is more important in the early stages of discovery and health management. The early detection, treatment and rehabilitation of patients' diseases in Chinese medical institutions are often inconsistent. In response to this situation, entrepreneurial software has developed a full-process patient disease management. Any disease can be effectively tracked and treated in the medical union.

According to Zou Yue, there are two types of customers for the diagnosis and treatment of difficult diseases. One is the medical association and medical community led by local leading hospitals. The second category is the administrative area of ​​the local government. Both types of areas can use this platform to empower general hospitals and primary hospitals.

The platform can exchange data through various types of medical institutions, including provincial and ministerial hospitals, municipal hospitals, primary health care institutions, emergency centers and clinics, in the real-time, timed and real-time modes through the health data exchange layer. Not only can the collaboration between medical institutions be completed, but also the data can be coordinated.

The overall architecture design of the diagnosis and treatment platform for difficult diseases consists of four major components: data exchange layer, data center, business layer and knowledge service.

There are three main technical difficulties in the data exchange layer:

One is the patient's primary index building, transforming logically different patients into physically identical patients. Because different patients have their own code in each medical institution, and in a unified data center, these patients must be labeled as the same patient to connect his or her medical procedures and records in each institution.

The second is data and exchange standards. Each hospital has its own coding system. To form a unified health archive or electronic medical record library, the standards must be uniform. Therefore, the entrepreneurial software provides a unified data and exchange standard, and turns each code into a unified code.

The third is real-time technology. They are the real-time technology corresponding to the service bus and message queue, the timing technology corresponding to the timing extraction of data, and the quasi-real-time technology corresponding to the active capture of data. With these four technologies, the events and activities of the business process can be accurately sent to the above platform in real time and quasi-real time and fixed.

Through the exchange layer, the information of each hospital can be exchanged and sent to the difficult disease data center.

The data center on the previous level mainly includes a basic database of patients, an electronic medical record database formed around the treatment process, and a lifelong electronic archive formed around the life cycle of the patient. It also includes imaging centers, clinical research subject libraries, and patient self-management data.

There are four types of business on the data center, including the remediation of difficult diseases, multi-disciplinary remote consultation distance education, the integration of critical illness treatment and the full management of diseases. So there are four types of business, which can be done on a platform with a unified platform, rather than four independent systems.

Further up, it is the data and knowledge services of difficult diseases. It includes a shared platform for artificial intelligence clinical specialist research platforms and best practice knowledge.

In order to ensure the practicability and security of the platform. The startup software provides front-end services at each data source side of the data exchange layer. The relationship between transparent internal systems and online systems ensures patient safety and privacy.

At the center of the platform, the entrepreneurial software standardizes the standard system and coding system in accordance with national standards. In the service dimension, the startup software turns all the messages into the same service and lets them access each other.

In addition, the entrepreneurial software has also established a data quality monitoring system to ensure that the quality of data uploaded by the hospital is in line with standards and can be used.

Zou Yue appealed to the media: "We can't make information engineering a political performance project, and we must become a practical project, so the guarantee of data quality is the fundamental key to the use of platform data."

In business, the multidisciplinary remote consultation system of entrepreneurial software brings together ECG, pathology, imaging, education, and ultrasound to form a unified integrated consultation platform, including electronic medical records and health records. The doctor can use a different screen to see all the information about a patient on a platform window.

Moreover, the entrepreneurial software presents diagnostic-level data through extremely high network transmission efficiency. Even with dynamic images such as B-ultrasound, entrepreneurial software uses core technology to ensure its diagnostics. In terms of cross-platformity, any hospital system can be connected to the platform.

Taking the scene of patient first aid as an example, the entrepreneurial software teamed up with the hospital ambulance, established a complete set of information system, and deployed the expert MDT to the ambulance. Once the patient has a critical illness and dialed the emergency hotline, the rescue resources on the hospital ambulance, the patient can collect vital signs information in time, and collect the patient health file and electronic medical record data during the transportation of the ambulance. Through the remote multidisciplinary consultation platform, patients in the ambulance are directly treated and guided in real time by superior hospitals. When the patient arrives at the hospital, all of his information has been collected and can be directly taken to the intensive care unit for rescue.

Zou Yue said, "The platform application has firmly grasped the most difficult problem of the current people's medical treatment, that is, it is difficult to see high-quality specialists and excellent doctors. At the same time, let the big hospital return to the standard of diagnosis and treatment of difficult diseases. At the same time, let the big hospital return to trouble. On the basis of the diagnosis and treatment of the disease, on the basis of this, let the leading hospitals drive the development of other hospitals, so that the treatment level of the whole region will be upgraded. The research on cancer, cardiovascular and cerebrovascular diseases, respiratory diseases, etc. Fighting is no longer necessary, and it is necessary for the state and society to concentrate on the key strengths, especially to let the core hospitals take the lead in the world in prevention, treatment, treatment, rehabilitation, etc., to achieve early detection of major diseases, on the one hand to reduce or avoid the mental and physical aspects of patients. The pain and economic burden; on the other hand, alleviate the burden of national medical insurance payment, protect the people's life and health and economic and social development, and avoid serious social problems. This will enable patients with difficult diseases to get the best solution at the lowest cost. And the most professional treatment can also help experts screen out patients who really need it. More experience, so as to enhance the diagnosis and treatment of difficult diseases. "

At the press conference, when the media asked about the development trend of entrepreneurial software, Zou Yue said that entrepreneurial software conforms to the general trend of domestic medical health informationization, and actively participates in the big health industry, constantly innovating and developing steadily. Through the establishment of a medical and health operation platform based on residents' electronic health records, cross-border interconnection with multiple industries such as medical care services, drug circulation, cashless payment, and commercial medical insurance will be built to create a strong support for smart medical care, regional health, and healthy cities. Healthy whole industry chain.

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